Ray A. Dickie

TL;DR: In this article, high resolution X-ray photo-electron spectroscopy (XPS) was used to provide an initial overview of changes in composition relative to untested surfaces; high-resolution XPS spectra have been used for more detailed, sometimes semi-quantitative, analyses of molecular functional group composition.

TL;DR: In this paper, the effects of partial phase inversion on dynamic properties of heterogeneous polymer-polymer composites are discussed in terms of equivalent mechanical models and the viscoelastic form of the well-known Kerner equation.

TL;DR: In this paper, a review of the phenomenological and mechanistic conclusions obtained from surface analytical studies is presented, where the chemistry of the interface and the composition of the paint resin play especially important roles in the initial stages of corrosion-induced paint adhesion loss.

TL;DR: Cross-Linking and structure of polymer networks have been studied in this article, where the effects of ionizing radiation on Epoxy Adhesive Frequency-Dependent Dielectric Analysis Fluorescence Optrode Cure Sensor Deformation Kinetics of Cross-Linked Polymers Plastic Deformation in Epoxy Resins Fractoemission Fatigue Behavior of Acrylic Networks Epoxy resins Cured with m-Phenylene Diamines Cross-linking of an Epoxy with a Mixed Amine Thermal Stress Development Recycling of Cured EpoxyResins

TL;DR: In this article, a method for painting automobiles and other articles of manufacture which admits of the use of medium to high con-centration of metal pigments, can provide high gloss finish coatings and employs a low concentration of volatile solvents comprising application of a relatively thin, highly pigmented, waterbased coating to a substrate, air drying or optionally, heat curing, application of an unpigmented or lightly pigmented water-based coating that is transparent on curing, and heat curing of the powder coating.